Noticias

As climate change intensifies, extreme weather events are becoming more common. With solar power rapidly expanding across the globe, one key question arises: how do we ensure that solar systems are resilient enough to withstand nature's worst?

Intergovernmental Panel on Climate Change (IPCC), climate change is increasing the intensity and frequency of extreme weather, which poses a serious risk to solar infrastructure worldwide. At SpolarPV, we believe in designing solar systems that not only perform but survive and thrive in extreme conditions.

Two Types of Weather Damage to Watch For

Catastrophic damage: Involves visible destruction, such as torn mounts, collapsed racks, or shattered glass. These issues are often the result of extreme weather events like heavy storms or high winds.

Sub-catastrophic damage: These subtle issues may go unnoticed for months, or even years. It's not just about broken panels; it's about the gradual degradation of the system's performance over time.

Hail: A Major Risk for Solar Systems

Hail is a significant threat to solar panels. Though it represents a small portion of claims, it causes over half of all solar insurance losses. From 2018 to 2023, hail accounted for 54.2% of these losses, with one Texas storm alone causing $70-$80 million in damage. In Switzerland, large hailstones damaged 15% of the country's solar systems in 2021. This highlights the need for durable materials and designs to withstand hail.

Tropical Cyclones: Wind and Water Risks

Tropical cyclones bring strong winds and heavy rains that can severely damage solar systems. Often, poor installation is the cause—loose fasteners or inadequate racking can lead to system failure. Proper design and secure installation are key to minimizing the risk.

How SpolarPV Keeps Solar Systems Resilient

At SpolarPV, we focus on creating solar solutions that are not only efficient but also resilient. Here's how we ensure your solar system can withstand extreme weather:

1. Site Selection: We carefully assess the local climate to choose the best location for your solar installation.

2. Robust Design: Our designs take into account the potential for extreme weather, using durable materials and advanced engineering to minimize risk.

3. Professional Installation: We use industry-leading installation practices to ensure that your system can handle even the most intense weather conditions.

4. Ongoing Maintenance: Regular monitoring and maintenance help identify any potential issues before they cause significant damage, keeping your system running smoothly. 

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